>Frank's Special Processing
#Macro to Rule the World
@world.com
?
@world.help
<
>Bruker Conversions
#2D AM TPPI
@bruk.tppi.fid.com
?
@bruk2pipe.help
#3D AMX States
@bruk.states.fid.com
?
@bruk2pipe.help
#4D AMX States
@4d.fid.com
?
@bruk2pipe.help
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>Varian Conversions
#2D Conversion
@var.states.fid.com
?
@var2pipe.help
#3D Conversion 1
@fid.com
?
@var2pipe.help
#3D Conversion 2
@var.states2.fid.com
?
@var2pipe.help
<
>Other Conversions
#GE 2D Float TPPI
@ge.tppi.fid.com
?
@bin2pipe.help
#FTNMR Bruker AM
@ftnmr.fid.com
?
@bin2pipe.help
<
>2D Input/Output
#Read FID
nmrPipe -in test.fid \
?
@nmrPipe.help
#Read FT1
nmrPipe -in test.ft1 \
?
@nmrPipe.help
#Read FT2
nmrPipe -in test.ft2 \
?
@nmrPipe.help
#Write FID
| nmrPipe -out test.fid -ov -verb
?
@nmrPipe.help
#Write FT1
| nmrPipe -out test.ft2 -ov -verb
?
@nmrPipe.help
#Write FT2
| nmrPipe -out test.ft2 -ov -verb
?
@nmrPipe.help
<
>3D Input/Output
#Read X
xyz2pipe -in fid/test%03d.fid -x -verb \
?
@xyz2pipe.help
#Read Y
xyz2pipe -in ft/test%03d.ft2 -y -verb \
?
@xyz2pipe.help
#Read Z
xyz2pipe -in ft/test%03d.ft3 -z -verb \
?
@xyz2pipe.help
#Write X
| pipe2xyz -out ft/test%03d.ft2 -x -ov
?
@pipe2xyz.help
#Write Y
| pipe2xyz -out ft/test%03d.ft2 -y -ov
?
@pipe2xyz.help
#Write Z
| pipe2xyz -out ft/test%03d.ft3 -z -ov
?
@pipe2xyz.help
>4D Input/Output
#Read X
xyz2pipe -in fid/test%02d%03d.fid -x -verb \
?
@xyz2pipe.help
#Read Y
xyz2pipe -in ft/test%02d%03d.ft2 -y -verb \
?
@xyz2pipe.help
#Read Z
xyz2pipe -in ft/test%02d%03d.ft3 -z -verb \
?
@xyz2pipe.help
#Read A
xyz2pipe -in ft/test%02d%03d.ft3 -a -verb \
?
@xyz2pipe.help
#Write X
| pipe2xyz -out ft/test%02d%03d.ft2 -x -ov
?
@pipe2xyz.help
#Write Y
| pipe2xyz -out ft/test%02d%03d.ft2 -y -ov
?
@pipe2xyz.help
#Write Z
| pipe2xyz -out ft/test%02d%03d.ft3 -z -ov
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@pipe2xyz.help
#Write A
| pipe2xyz -out ft/test%02d%03d.ft3 -a -ov
?
@pipe2xyz.help
<
>Process 2D
#XY Plane of 3D
@ft2.com
?
@nmrPipe.help
#XZ Plane of 3D
@xz.com
?
@nmrPipe.MAC.help
#XY Plane of 4D
@xy4d.com
?
@nmrPipe.help
#XZ Plane of 4D
@xz4d.com
?
@nmrPipe.MAC.help
#XA Plane of 4D
@xa.com
?
@nmrPipe.MAC.help
#Basic 2D
@basic.com
?
@nmrPipe.help
#2D with 1D MEM
@mem1d.com
?
@nmrPipe.MEM.help
#2D MEM of Extract
@ext.mem.com
?
@nmrPipe.MEM.help
#DQCOSY
@dqcosy.com
?
@nmrPipe.help
#2DNOE
@noe.com
?
@nmrPipe.help
<
>Process 3D
#3D HN Detected
@xyz.com
?
@xyz2pipe.help
@nmrPipe.help
@pipe2xyz.help
#3D HN In-Place
@xyz.ip.com
?
@xyz2pipe.help
@nmrPipe.help
@pipe2xyz.help
#3D HN with LP
@xyz.lp.com
?
@xyz2pipe.help
@nmrPipe.help
@pipe2xyz.help
#3D Parallel
@xyz.par.com
?
@nmrShell.help
#3D LP Parallel
@xyz.lp.par.com
?
@nmrShell.help
#3D with 2D MEM 
@z.mem.com
?
@nmrPipe.MEM.help
<
>Process 4D
#4D HCCH
@xyza.com
?
@xyz2pipe.help
@nmrPipe.help
@pipe2xyz.help
#4D Convert/FT
@4dc13noe.com
?
@xyz2pipe.help
@nmrPipe.help
@pipe2xyz.help
<
>Transforms
#Null Function
| nmrPipe                                                      \
?
@nmrPipe.NULL.help
#Fourier Transform
| nmrPipe -fn FT                                               \
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@nmrPipe.FT.help
#Bruker Transform
| nmrPipe -fn FT -bruk                                         \
?
@nmrPipe.FT.help
#Inverse Transform
| nmrPipe -fn FT -inv                                          \
?
@nmrPipe.FT.help
#Real Transform
| nmrPipe -fn FT -real                                         \
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@nmrPipe.FT.help
#Hilbert Transform
| nmrPipe -fn HT                                               \
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@nmrPipe.HT.help
#Phase Correction
| nmrPipe -fn PS -p0 0.0 -p1 0.0 -di                           \
?
@nmrPipe.PS.help
#Modulus
| nmrPipe -fn MC                                               \
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@nmrPipe.MC.help
#Transpose
| nmrPipe -fn TP                                               \
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@nmrPipe.TP.help
#Z-Transpose
| nmrPipe -fn ZTP                                              \
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@nmrPipe.ZTP.help
#Extract
| nmrPipe -fn EXT -left -sw                                    \
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@nmrPipe.EXT.help
#Zero Fill
| nmrPipe -fn ZF -auto                                         \
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@nmrPipe.ZF.help
#Linear Prediction
| nmrPipe -fn LP -fb                                           \
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@nmrPipe.LP.help
#Maximum Entropy
| nmrPipe -fn MEM -ndim 2 -zero -neg -alpha 0.001 -sigma 1000  \
?
@nmrPipe.MEM.help
#Reverse
| nmrPipe -fn REV                                              \
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@nmrPipe.REV.help
#Bruker Y-Axis Gradient Shuffle
| nmrPipe -fn MAC -macro $NMRTXT/bruk_ranceY.M -noRd -noWr     \
?
@nmrPipe.MAC.help
#Bruker Z-Axis Gradient Shuffle
| nmrPipe -fn MAC -macro $NMRTXT/bruk_ranceZ.M -noRd -noWr     \
?
@nmrPipe.MAC.hel
#Varian Y-Axis Gradient Shuffle
| nmrPipe -fn MAC -macro $NMRTXT/var_ranceY.M -noRd -noWr      \
?
@nmrPipe.MAC.hel
#Varian Z-Axis Gradient Shuffle
| nmrPipe -fn MAC -macro $NMRTXT/var_RanceZ.M -noRd -noWr      \
?
@nmrPipe.MAC.hel
<
>Windows
#Sinusoid
| nmrPipe -fn SP  -off 0.5 -end 0.98 -pow 1 -c 1.0             \
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@nmrPipe.SP.help
#Exponential
| nmrPipe -fn EM  -lb 0.0 -c 1.0                               \
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@nmrPipe.EM.help
#Gaussian
| nmrPipe -fn GM  -g1 5.0 -g2 10.0 -g3 0.0 -c 1.0              \
?
@nmrPipe.GM.help
#Trapezoid
| nmrPipe -fn TM  -t1 16 -t2 16                                \
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@nmrPipe.TM.help
#Triangle
| nmrPipe -fn TRI                                              \
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@nmrPipe.TRI.help
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>Corrections
#Solvent Filter SOL
| nmrPipe -fn SOL                                              \
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@nmrPipe.SOL.help
#Solvent Filter POLY
| nmrPipe -fn POLY -time                                       \
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@nmrPipe.POLY.help
#DC Correction
| nmrPipe -fn CBF                                              \
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@nmrPipe.CBF.help
#Linear Baseline
| nmrPipe -fn BASE -nw 2 -nl 0% 5% 95% 100%                    \
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@nmrPipe.BASE.help
#Polynomial Baseline
| nmrPipe -fn POLY -auto                                       \
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@nmrPipe.POLY.help
#Median Baseline
| nmrPipe -fn MED -nw 24                                       \
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@nmrPipe.MED.help
#Smooth
| nmrPipe -fn SMO -n 4                                         \
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@nmrPipe.SMO.help
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>Shifting
#Freq Shift
| nmrPipe -fn FSH -ls 0.0 -sw                                  \
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@nmrPipe.FSH.help
#Circular Shift
| nmrPipe -fn CS -ls 0.0 -inv -sw                              \
?
@nmrPipe.CS.help
#Right Shift
| nmrPipe -fn RS -rs 0 -sw                                     \
?
@nmrPipe.RS.help
#Left Shift
| nmrPipe -fn LS -ls 0 -sw                                     \
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@nmrPipe.LS.help
#Time-Domain Shift
| nmrPipe -fn PS -rs 0.0 -sw                                   \
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@nmrPipe.PS.help
<
>Other
#Execute Macro
| nmrPipe -fn MAC -macro test.M                                \
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@nmrPipe.MAC.help
#Set to Constant
| nmrPipe -fn SET -r 0.0 -i 0.0                                \
?
@nmrPipe.SET.help
#Add a Constant
| nmrPipe -fn ADD -r 0.0 -i 0.0                                \
?
@nmrPipe.ADD.help
#Multiply by Constant
| nmrPipe -fn MULT -r 1.0 -i 1.0                               \
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@nmrPipe.MULT.help
#Zero Diagonal
| nmrPipe -fn ZD                                               \
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@nmrPipe.ZD.help
#Mirror Image
| nmrPipe -fn MIR                                              \
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@nmrPipe.MIR.help
#Derivative
| nmrPipe -fn DX                                               \
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@nmrPipe.DX.help
#Integral
| nmrPipe -fn INTEG                                            \
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@nmrPipe.INTEG.help
#Shuffle
| nmrPipe -fn SHUF -swap                                       \
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@nmrPipe.SHUF.help
#Sign Changes
| nmrPipe -fn SIGN -i                                          \
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@nmrPipe.SIGN.help
#Co-Addition
| nmrPipe -fn COADD -axis X -cList 1.0 -1.0                    \
?
@nmrPipe.COADD.help
#Data Mixing
| nmrPipe -fn CMIX                                             \
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@nmrPipe.CMIX.help
#Save as 1D
| nmrPipe -fn SAVE -name test.1d                               \
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@nmrPipe.SAVE.help
#Bruker Y-Axis Gradient Shuffle
| nmrPipe -fn MAC -macro $NMRTXT/bruk_ranceY.M -noRd -noWr     \
?
@nmrPipe.MAC.help
#Bruker Z-Axis Gradient Shuffle
| nmrPipe -fn MAC -macro $NMRTXT/bruk_ranceY.M -noRd -noWr     \
?
@nmrPipe.MAC.hel
#Varian Y-Axis Gradient Shuffle
| nmrPipe -fn MAC -macro $NMRTXT/var_ranceY.M -noRd -noWr     \
?
@nmrPipe.MAC.hel
#Varian Z-Axis Gradient Shuffle
| nmrPipe -fn MAC -macro $NMRTXT/var_RanceZ.M -noRd -noWr     \
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@nmrPipe.MAC.hel
<